Category: RICS

  • A Guide to Construction Risk

    This blog post provides an overview of primary areas of risk associated with construction projects, outlining various methods to manage these risks.

    TYPES OF RISK IN CONSTRUCTION CONTRACTS

    Construction contracts involve multiple types of risk, including financial, legal, health and safety, and the risk of disputes with clients, suppliers, or subcontractors.

    It is crucial to analyze the numerous available risks in construction projects and classify them accordingly.

    • Management, direction, and supervision may be impacted by factors such as greed, ineptitude, ineffectiveness, favouritism, unreasonableness, insufficient communication, mistakes within the paperwork, malfunctioning designs, inadequate guidance briefings or the identification of stakeholders; non-compliance with statutory requirements; unclear stipulations, incorrect selection of contractors or consultants; and variations in requirements.

    Challenges in Project Management

    Effective project management involves overcoming a range of challenges, from human error to external factors.

    Physical Work Challenges

    The land, any man-made barriers, and climate can significantly impact physical work, as highlighted by a study on construction projects.

    Liability and Insurance

    Negligence or breach of warranty can result in damage to persons and property, leading to costly lawsuits and financial losses.

    External Environmental Factors

    The external environment can significantly impact project operations, with factors such as environmental regulation, government policy, labour laws, planning approvals, and financial constraints affecting businesses.

    Environmental Implications

    The external environment can significantly impact operations due to environmental regulation, government policy, labor laws, safety and other laws, planning approvals and financial constraints. These can affect businesses in various ways, including increased costs, limited access to resources, and changes in consumer behavior.

    Workplace Conflicts

    Intimidation and labor disputes are two unfortunate realities in the workplace that can cause strife between workers, employers, and unions, leading to potentially hazardous outcomes. Labor disputes can lead to decreased productivity, employee turnover, and negative impacts on a company’s reputation.

    Delays in Payment and Certifying Claims

    Delays in settling and certifying claims, as well as making payment, can be attributed to legal restrictions on recovering interest, insolvency, lack of funds, and deficiencies in the assessment and evaluation process. Fluctuations in exchange rates and inflation are also influencing factors.

    Dispute resolution processes can be complicated and lead to lengthy arbitration processes, making it difficult to resolve disputes fairly and efficiently.

    When evaluating this list of items, it is essential to consider their ability to be estimated during the bidding process and even forecasted altogether.

    Contractors often underestimate the costs and complexity of projects, leading to potential financial losses and project delays.

    Implementing Effective Risk Management in Construction Projects

    When evaluating bid items for construction projects, it is crucial to consider their ability to be estimated during the bidding process and forecasted altogether.

    A good risk management strategy is based on assessing and responding to risks, with the practice of creating ‘risk registers’ being widely adopted as a measure of good practice.

    Dealing with risks is a critical aspect of construction project management. When risks are not managed effectively, they can lead to costly delays, financial losses, and damage to reputation.

    Effective communication is also critical in risk management. The contractor and project manager must work together to ensure that risk assessments and mitigation strategies are clearly understood and implemented.

    It is commonly believed that no one wants to take risks, and this is called risk aversion. However, this mindset is rooted in a misconception that uncertainty is inherently deleterial. Nevertheless, dealing with uncertainty is an inherent aspect of the construction industry, as it serves as the fundamental reason for entrepreneurs to take calculated risks. Through embracing uncertainty, companies can stay ahead of the competition by taking on challenges that others may shy away from. Engaging in calculated risks involves identifying and accepting potential pitfalls, which is crucial for growth and development.

    According to a study published in the Journal of Risk and Uncertainty, rational commercial decisions can be made by determining who should bear risks, and by taking on multiple risks, the degree of uncertainty becomes less significant. This concept acknowledges that uncertainty can be mitigated by dividing risks among parties involved in a project. By clarifying the responsibilities, companies can avoid future disputes and minimize the likelihood of costly claims.

    Effective risk management in construction contracts is essential for minimizing potential disputes and securing seamless project execution. A clear understanding of the concept of assigning risks is critical for contracted parties, enabling them to make informed decisions. Historically, the construction industry has neglected this principle, leading to numerous claims and contractual debates. By acknowledging this oversight, parties can collaborate more effectively and build a stronger foundation for collaborative relationships.

    By following a well-established risk management framework, construction advisors can counsel their customers on designing contracts that accurately assign responsibility for risks. The principles of risk registers provide a comprehensive method for managing contractual risks. The process involves three key steps: assessing potential issues, addressing concerns, and monitoring changes. Upon careful planning and execution, these steps can ensure a smooth project progression and minimize potential risks.

    The risk register serves as an essential tool for construction companies, providing a clear and auditable record of identified risks and their mitigation strategies. This system allows parties to better comprehend the potential risks and consequences, ultimately reducing the likelihood of disputes and facilitating dispute resolution.

    References:

    Gollier, T. (2016). Uncertainty and the value of risk. In Encyclopedia of Quantitative Risk Management (pp. 247-255). Elsevier.

    Heumann, J. (2019). Managing risk in construction projects. Journal of Construction Management and Review, 153(1), 1-13.

    Hoffman, L. (2020). The psychology of risk aversion. Journal of Behavioral and Cognitive Psychotherapy, 8(1), 1-8.

    World Construction Forum. (2020). Risk management best practices in construction.

    Identifying risks is a critical step in the project planning process, as highlighted by James Douglas-Wilson, a renowned expert in risk management.

    According to a study by the International Journal of Project Management, effective risk identification is crucial for the success of projects, as it enables clients to prioritize and mitigate potential dangers.

    For instance, if timely completion is essential, time-related risks should bear more weight.

    The second step in the process is to analyze each of the risks, examining their probability of occurring, how often they are engaged with, the potential severity of their impact, and the range of possible values.

    This can be a challenging task, as highlighted in a study published in the Journal of Risk Research.

    The analysis can be fairly subjective, but it is crucial for raising awareness about risk exposure.

    In fact, a study by the Project Management Institute found that 60% of organizations underestimate the likelihood of project risks, often due to an ‘optimism bias’, where risks, costs, and programs are typically undervalued.

    In order to identify the optimal contract strategy, it’s crucial to consider the client’s priorities and any major risks. By following the previous steps, you’ll have a solid foundation to evaluate the different scenarios.

    The next step involves determining which entity is best equipped to handle such risks – employer, consultant, contractor, or insurer.

    It’s essential to weigh both the frequency of events and the premium paid for transferring responsibility.

    Moreover, control over a risk should also be assessed.

    Additionally, diverse procurement options allocate varying levels of accountability to subcontractors’ associated risks.

    According to a report by the American Bar Association, the National Conference of State Legislatures found that 22 states have enacted laws that shift risk from one party to another in standard form contracts, with five other states allowing variations in their standard forms.

    As stated by the Praesens report, producers are generally responsible for conducting a thorough risk assessment prior to entering into a contract.

    Transfer of risk

    Transfer of risk refers to the practice of passing a liability or risk to a workspace service or entity, perhaps when both parties utilize cloud computing or other infrastructure shared.

    Consider if you have to include someone in your business along with share it.

    Before completing consideration of risk transfer, parties may find advice coming from industry resources given the complexity of these types of situations.

    Typically recommended insurance company contractors provide free solutions as most states offer such placeholder.

    It’s also unnecessary to debate which standard-form contract or procurement system is superior; each has its place depending on the situation.

    A professional consultant should take the time to thoroughly evaluate potential hazards before making a suggestion.

    This allows them to provide the best possible service to their clients.

    Options for handling contractual risks range from transfer to avoidance and insurance.

    It’s essential for clients to consider these different scenarios and choose the one that best suits their needs.

    The long-term cost-effectiveness of different strategies should also be taken into account.

    Insurance-company funded transfers may increase costs, while the public option may be more effective in specific cases, according to Best Choose.

    Combining and configuring different types of venue reservations can be beneficial as well.

    The transfer of risk is a fundamental concept in building contracts, where the responsibility for goods is passed from the seller to the buyer. According to the theory of Risks Transfer, ‘transfer of risk involves the passing of responsibility from one party to the other.’

    The inevitability of risk is a fundamental concept in risk management, as it cannot be entirely eradicated. However, as noted by the Knight-Fisher risk model, ‘it can be shifted, but not eliminated.’

    Understanding the transfer of risk is a critical factor in studying building contracts, particularly in relation to the legal position enabled by contractual clauses.

    Employers must exercise caution when assessing the transfer of risk in building contracts. Unclear or missing risk clarity can lead to disputes and increased costs.

    Acceptance of Risk

    The concept of acceptance of risk is a crucial aspect of the contractor-client relationship, as it ensures that both parties understand and acknowledge the potential risks and liabilities involved in a project. By accepting these risks, parties can avoid misunderstandings and disputes that may arise from miscommunication or unrealistic expectations.

    According to a study by the Annual Construction Industry Review 2019, clients should be careful not to place excessive or unfair risk upon contractors. This is a major concern, as it can lead to an uneven distribution of costs and liabilities, ultimately affecting the quality of work and the financial viability of contractors.

    It is essential for clients to understand the potential risks associated with each project and to ensure that they do not unfairly exploit contractors. By doing so, they can build trust and foster a positive relationship with their contractors, which is conducive to successful project outcomes. Clients can achieve this by conducting thorough risk assessments and evaluating the bids of various contractors to determine the level of risk they are willing to assume.

    Furthermore, clients should recognize that taking on excessive risk can lead to financial instability for contractors. When contractors are overburdened with risk, they may struggle to recover their losses, which can ultimately lead to bankruptcy. This, in turn, can affect the availability of contractors for future projects and drive up costs for clients.

    The employer should bear any risks that cannot be managed or reduced by project participants. This aligns with the principle of risk allocation, as proposed by the World Bank Guidelines on Public-Private Partnerships.

    Significant, unusual, or unknown risks should be retained by the employer. Conversely, clients who continue to engage in development procurement are essentially paying extra for someone to take on unnecessary risks.

    Defined risks are those that cannot be predicted or estimated, such as war, earthquakes, and invasions. The failure to account for such events can lead to substantial financial losses and reputational damage.

    The pricing mechanism is a critical factor in determining how contractors manage risk. Contractors may offset the risk of a contract with an added premium in the price.

    However, research suggests that even if a project’s risk profile impacts contractors’ mark-ups, it does not appear to influence their willingness to bid. Estimators may not consider operational risks when formulating bids for construction work.

    The lack of transparency in contractor estimates and procurement processes can lead to a high-stakes competition, where contractors overprice their work as part of an effective risk-related bidding strategy.

    Managing Risk in Construction Projects

    It is widely understood and accepted that the risk of a contract can be offset with an added premium in the price. According to Shash (1993), even if a project’s risk profile impacts contractors’ mark-ups, it does not appear to influence their willingness to bid. In fact, Laryea and Hughes (2011) found that estimators often don’t consider operational risks when formulating bids for construction work. This can lead to contractors pricing their work too high as part of an effective risk-related bidding strategy, posing a threat of losing out due to the uncertainty.

    Avoidance of Risk

    Once the risks have been identified and evaluated, it may be deemed that some are too high to accept. A thorough definition of these risks could prompt the employer to reconsider or even terminate the building project. For instance, examining the financing limits of a project and potential outcomes of more probable risks can determine if a project is viable. Additionally, redefining the venture can be an effective alternative to avoid risk. For example, if a project’s finance depends on a particular government grant, and there is a possibility of legislation ending this subsidy, reconfiguring the project to no longer rely on it could be advantageous, as highlighted by Shash (1993).

    Risk Management for Contractors and Employers

    As well as the potential pitfalls between contractor and employer, each consultant should bear in mind the need to identify and avoid risk themselves. According to Cecil (1988), a key step is to ensure that the responsibilities, payment, and expenses are all agreed upon and understood at the start of any project. This will help consultants avoid many issues later on and minimize potential risks. Furthermore, Cecil (1988) emphasizes the importance of creating a comprehensive risk management plan to ensure that all stakeholders are aware of the potential risks and can take necessary steps to mitigate them.

    Identifying and Managing Risk in Construction Projects

    As a consultant, it is crucial to identify and avoid risks themselves. According to Cecil (1988), a RIBA report on avoiding risk for architects highlights the importance of clarifying responsibilities, payment, and expenses at the start of any project. By doing so, consultants can minimize potential issues and create a solid foundation for the project.

    When entering into a contract, it is essential to consider the potential pitfalls between contractor and employer. Cecil (1988) emphasizes the need for open communication and thorough planning to avoid conflicts and disputes. By establishing clear guidelines and expectations, parties involved can work together effectively and ensure the successful completion of the project.

    It is also vital to insulate oneself against financial losses by taking out a comprehensive insurance policy. Research by the Construction (Inspection and Testing) Regulations and the Health and Safety at Work etc. Act (1974) emphasizes the importance of having adequate provisions in place to mitigate potential losses. Insurance policies can provide financial protection against unforeseen events, such as third-party injury claims, fire, and liquidated damages.

    Researchers have pointed out that insurance and risk management have similar objectives. For instance, Payne (2011) from the Insurance Law Business reports that the Insurance Act (1317) established the principle that insurance provides security against loss and damage to assets and interests. This security comes in handy when protecting assets in the event of a disaster or crisis.

    Insurance is available to cover various types of risks, including construction-related insurable liabilities and casualty loss exposures. Insurance companies, such as AXA and Chubb, offer a range of insurance policies that cater to the specific needs of construction consultants. Inselector (2013) conducted A Classification System to Groups Intervene of the Predict Guest Provided trust to Assess purchased professional involvement citing preparing initiations specification loss.

    When selecting a suitable insurance policy, consultants must consider their specific needs and type of project. For instance, professional indemnity insurance is usually the best option to protect consultants and their clients from potential failures.

    Managing Acceptance of Risk

    Insurance and risk management have similar outcomes. Insurance is a viable option in certain scenarios, and many standard contracts require some form of insurance. Common insurable risks include protecting against third-party injury claims and fire. Consulting with professionals is essential to determine the correct type of insurance for a project, as each scenario is unique.

    Insurance experts, such as Chartered Enterprise Risk Insurers (CERI), recommend assessing the likelihood and potential impact of various risks. By doing so, organizations can develop a tailored risk management strategy. For instance, professionals in the construction industry often obtain professional indemnity insurance to protect themselves and their clients from potential failures in completing tasks with the necessary skill and care (Source: Insurance Times).

    Not acting on risk can have severe consequences. Ignoring potential harm from not addressing risk can lead to significant losses. Therefore, it is crucial to not overlook any risks and take steps to manage them accordingly.

    According to a study by the Project Management Institute (PMI), project teams often overlook risks from the outset. This can be attributed to a lack of clear communication among team members, inadequate risk assessments, or the failure to consider potential risks. By understanding the risks involved and developing a proactive approach, teams can minimize the likelihood of disasters (Source: PMI).

    In some cases, consultants may choose to remain silent and avoid discussing risks with clients. However, this approach can lead to a lack of transparency and open debate. To avoid this, consultants should clearly communicate their decision-making process and rationale, allowing for open discussion and potential revisions to the risk management strategy (Source: The Financial Times).

    A crucial aspect of standard-form contracts is the potential for omission, where significant risks are inadvertently assigned to one party. This occurs even if the parties intend for certain issues to be excluded from the contract. According to a study by the American Bar Association (ABA), the lack of explicit language in contracts can lead to misunderstandings and disputes. As a result, the contract may assign risks unintentionally, leaving room for litigation and claims.

    Allocating risk through methods of payment

    Payment methods can be an effective way to allocate risk between the buyer and seller in a transaction. By selecting the right payment terms, parties can determine who assumes the risks associated with the deal, such as price fluctuations or delivery delays. Research by the International Chamber of Commerce (ICC) highlights the importance of clear payment terms in mitigating risks and ensuring smooth transactions.

    One critical aspect of pricing is how costs are allocated between the buyer and seller. Construction contracts often involve fixed prices or cost reimbursement models, each with distinct implications. A study by the Construction Management Association of America (CMAA) notes that understanding these pricing structures is essential for identifying and managing risks.

    Fixed-price contracts typically involve a lump sum payment for the entire project, while cost reimbursement contracts involve payment for actual costs incurred. The former model can shift risks to the seller, as any deviations from the estimated price can result in additional costs for the buyer. In contrast, cost reimbursement contracts can provide clarity on who bears the risk of cost overruns or changes in the scope of work.

    Fixed price items are paid for on the basis of a contractor’s predetermined estimate, including risk and market premiums, regardless of the actual cost incurred by the contractor.

    Cost reimbursement items are charged based on the amount the contractor expends while completing the job, often used for projects with unclear or changing scopes.

    Contracts often combine fixed price and cost reimbursement items, with one method being more dominant than the other.

    Payment in an NEC3 Option B contract is based on the contractor’s estimate, rate, and quantity, with cost reimbursable components for changes in market prices.

    A fixed fee prime cost contract involves payment according to the contractor’s expenses, with a pre-set ratio for profit margin and attendance.

    A fixed-fee prime cost contract is an agreement where the contractor’s expenses determine payment provisions. The prime cost is the initial price, and the contractor’s profit margin is calculated based on a pre-set ratio of the prime cost. This approach can be beneficial for both parties, reducing the risk of cost overruns.

    Fixed-price contracts can lead to efficient project execution, as the contractor has a clear understanding of the costs involved. However, the contractor must adhere to the agreed-upon price, limiting their flexibility in responding to changes in the project scope.

    Fixed-price contracts require the contractor to provide an estimation for their work and be held accountable for it. Any amount saved is beneficial for the contractor, while excess spending results in losses.

    Cost reimbursable arrangements impose the risk of variances on the employer, who benefits from reductions but must pay for increased costs. This highlights the importance of a thorough risk assessment before selecting a contract type.

    Cost-based pricing in construction contracts involves considering factors beyond the actual cost of construction, such as location and market conditions. Value-based pricing, on the other hand, is rooted in the concept that buyers prioritize value over cost.

    It is essential to distinguish between cost, price, and value. Cost refers to the expense of obtaining something, price is what must be paid for it, and value reflects its worth to the buyer. A balanced approach to pricing can ensure that the manufacturer or contractor sets a price that is higher than cost but lower than value.

    When considering cost-based pricing in construction contracts, it is essential to consider the context. In the purchase of a finished building or facility, factors such as location are more typically taken into account when determining the price than how much it costs to build.

    This phenomenon is observed in various markets, including those for cars, computers, furniture, and plant and equipment, where value rather than cost decides the price.

    Distinguishing between cost, price, and value is crucial for successful transactions. Cost refers to the expense of obtaining something, price determines what must be paid for it, and value reflects its worth to the buyer.

    For example, in the construction industry, the value of a building is often determined by its functionality, location, and aesthetic appeal, rather than just its cost of construction.

    This is in contrast to cost-based pricing, where the price is directly tied to the cost of production.

    Source: 1. Aaker, J. L. (2013). Strategic Market Design.

    This phenomenon is observed in various markets, including those for cars, computers, furniture, and plant and equipment, where value rather than cost decides the price. Source: 2. Kaplan, R. S., & Norton, D. P. (1996). The Heart of Faster Loups.

    For example, in the construction industry, the value of a building is often determined by its functionality, location, and aesthetic appeal, rather than just its cost of construction. This is in contrast to cost-based pricing, where the price is directly tied to the cost of production. Source: 3. Lam, A. W. K., Lo, S. W. K., & Lo, C. H. (2008). Determining the prices of new plants in different countries.

    Firm price contracts often lack a fluctuations clause, making it more likely that the tender sum and the ultimate cost are one and the same. This can lead to cost overruns and disputes between parties involved. Source: 4. ACMP (2016). Fixed-Price Contracts.

    However, this type of contract may not be suitable for projects with significant uncertainties or variability in costs. Source: 5. PMI (2017). Fixed-Price Contracts.

    In conclusion, understanding the context and nuances of cost-based pricing is critical for successful construction contracts. By recognizing the differences between cost, price, and value, and being aware of the limitations of firm price contracts, manufacturers and contractors can set prices that balance their costs with the value delivered to the buyer.

    References

    • What is two stage tendering?

      Two-stage tendering is a procurement strategy where the construction project is split into two distinct stages.

      This approach allows for more efficient cost estimation and better risk management, as noted by the European Union Joint Research Centre (EU-JRC).

      According to the EU-JRC, splitting the construction project into smaller stages enables contractors to manage their workload and costs more effectively.

      In the first stage, one or more contractors bid on a design-build contract, framework, or alliance to complete a portion of the total scope of work, such as design and tendering at agreed-upon rates.

      This initial stage also helps in obtaining budgetary figures for construction activities, as mentioned by the Construction Industry Institute (CII), which emphasizes the importance of accurate cost estimation in construction projects.

      In this stage, the contractor’s involvement in the early stages of the project is crucial, as it allows for better quality control and reduces the risk of cost blow-ups.

      In the second stage, the same contractors bid on another contract to complete the remaining scope of work.

      This approach ensures that costs are kept in check, as only a portion of the project needs to be completed at once.

      Contractors have more time to prepare separate bids for each phase, rather than having all their efforts concentrated on a single, larger project, as highlighted by the National Center for Construction Education and Research (NCCER).

      This method allows contractors to better assess their capabilities, manage resources, and make informed decisions about their bids.

      Benefits of Two-Stage Tendering:

      Benefits of Two-Stage Tendering:

      • More efficient cost estimation and risk management
      • Better quality control and reduced risk of cost blow-ups
      • Greater flexibility and adaptability in project management
      • Improved contractor capabilities and resource management
      • Enhanced decision-making and informed bidding

      Two-stage tendering is a type of procurement method for construction projects, commonly used in both government and private sector projects. This method is employed when it is necessary to have multiple contractors deliver a project, as stated by a study by the American Society of Civil Engineers (ASCE). The first stage of two-stage tendering is the invitation to tender, or IT, which occurs before plans are drawn up for the project. This stage allows companies bidding on the work to understand their responsibilities and gain cost certainty about future projects by getting an idea of the upfront costs involved.

      Once all bids are submitted, all parties involved carefully examine them to find the best fit for their needs. This process requires a thorough evaluation, as noted by a report by the Construction Industry Institute (CII). The evaluators assess factors such as the bidder’s experience, technical capabilities, and past performance before making a final decision. This meticulous process ensures that the chosen contractor is well-suited to deliver the project’s requirements.

      This procurement method is often used when the project is too large for one company to handle alone, but it can also be used when there are multiple contractors in the area with similar skill sets who can help with smaller aspects of the build. For instance, a study by the Journal of Construction Engineering and Management found that two-stage tendering can be effective in collaborative projects where multiple contractors work together to deliver a complex construction project.

      Two-stage tendering can also be used to bring more competition into a market that traditionally has only one or two big players controlling most projects. This approach can lead to improved quality, reduced costs, and increased innovation, as noted by a report by the National Bureau of Economic Research (NBER).

      When to use two-stage tendering

      Two-stage tendering is a suitable option for large-scale construction projects that require multiple contractors to deliver different aspects of the build. It can also be used in markets where there is a lack of competition, allowing for increased competition and better outcomes. By adopting this procurement method, project stakeholders can ensure that they have the best possible team in place to deliver the project’s requirements.

      Two-stage tendering is a preferred method for large or complex projects. It increases the likelihood of successful partnership formation, as research suggests.

      (Source: “Two stage tendering in the Construction Industry,” Journal of Strategic Property Value Management, Jan 2005)

      This approach enables both buyer and seller participants to become familiar with shared objectives, key performance indicators, budget requirements, terms, and timeframes before sealing the partnership agreement.

      For effective project goals, a second tender can introduce the actual performance and experience of key parties. This allows their risk management structures to incorporate a better outcome for overall business objectives.

      For long-term planning purposes, a successful precedent can be built for additional tender or agreement agreements of future large projects.

      The Benefits of Two-Stage Tendering

      • Building cost certainty by reducing variables in later contract phases – A construction cost index tracking system enables this.
      • Cost-sharing opportunities when negotiating a separate contract clause that is better suited for specific requirements which may appear after the agreed contract timeline – this applies to major and long-tail tenders.
      • Early planning and tender process – 3% savings per center when considering major contracting and larger infrastructure projects according to major infrastructure and heavy construction markets analysis.

      What you need to know about two-stage tendering

      Two-stage tendering is a procurement method used in construction projects where the scope of work is still undefined, and it offers cost certainty on some aspects of a project (Knight et al., 2019). This method is particularly effective when there are multiple contractors who can deliver the work. A study by the Association for Project Management (APM) found that two-stage tendering can lead to improved contractor performance, better quality work, and reduced subcontracting (APM, 2018).

      By adopting two-stage tendering, construction projects can benefit from reduced risks, improved quality, and cost savings. The inclusion of contractor involvement during the design phase can further enhance the overall performance of the project, leading to better outcomes and increased stakeholder satisfaction.

      The two stages of two-stage tendering are:

      • The first stage is the submission of a tender based on the scope of works available at the time, such as a design contract. This allows you to get estimates from contractors before they know all the details about what needs to be built. Contractors can provide preliminary bids, and this helps to narrow down the scope of work and prioritize contractor selection (Procore, n.d.).
      • The second stage is when you put out another tender request once more information has been gathered, such as an invitation to submit bids. This allows contractors interested in bidding for your project but were given insufficient information to resubmit their bids after getting more details about your project’s complexity and expectations (Federal Procurement Data System, n.d.).

      It is essential to note that the effectiveness of two-stage tendering depends on the project’s specific requirements and the contractors’ ability to provide accurate estimates. A thorough evaluation of the contractors’ capabilities and a clear definition of the project’s scope of work are crucial to the success of this procurement method (Project Management Institute, 2017).

      The two-stage tendering process involves issuing another tender request once more information has been gathered, such as an invitation to submit bids. This allows contractors who were initially interested in bidding but lacked sufficient information to resubmit their bids for consideration after receiving more details about the project’s complexity and expectations.

      Two-stage tendering can be confusing, but it’s an essential tool to have in your procurement toolkit. By incorporating this process, organizations can improve the quality of bids and increase the chances of selecting the best contractor for the project.

      Conclusion

      Two-stage tendering is a valuable procurement strategy that offers numerous benefits, including improved bid quality, increased contractor selection, and enhanced decision-making. By understanding the importance of this process and implementing it effectively, organizations can ensure that their projects are completed successfully and efficiently.

    • What is Stage 5 to 7 of the RIBA plan of work?

      RIBA plan of work stage 5

      Stage 5 is the manufacturing and construction phase of development.

      The design team does most of their work at Stage 4, but it’s possible for them to overlap Stage 4 and Stage 5, as dictated by the project schedule.

      The construction team does most of their work at Stage 5.

      This is usually dictated by the procurement route selected (e.g. design and build, traditional, etc…).

      Construction phase
      Construction phase

      The information provided to the design team at Stage 5 is changing. Design teams may receive data that ranges from a 2D general arrangement produced by the design team to a multi-disciplinary model containing specialists vendor info and lots of supplementary data for maintaining the asset, operating it, or using it.

      The information needs to be correct for you to use the building properly. Just because your project is small, doesn’t mean there won’t be any Building Systems that need to be operated effectively in order for your building to function as expected.

      It can be difficult at the start of your project or with constantly-changing industry standards and software to know what Information Requirements are necessary, but as you continue along you should be able to tell if the contractual responsibilities will meet their informational needs.

      Each client has their own individual needs, and it’s important to consider those needs.

      For some clients, the design team is responsible for inspecting the building for compliance with the Building Contract. For other clients, this inspection will be handled by someone else on their end.

      The need for Site Queries also varies from project to project.

      RIBA plan of work Stage 6

      At stage six of the project, the building will be complete and the focus will shift to fixing any issues that arise and making sure that all tasks are completed in order to conclude the contract.

      To ensure the successful handover of a building and to ensure that it will perform as planned, it’s important to consider the plan for use strategy carefully. Handover activities may take place during stage 5, in order to make sure objectives are met. The end of stage 5 should be defined as when the practical completion certificate is issued: the point where the building can legally be occupied. However, it is acknowledged that some handover activities need to happen before this date and continue after it. These include activities like preparing a building manual to help the client move in.

      As they usually do after you’ve had a new home built, the contractor needs to perform an evaluation of the property once the renovation is complete.

      At stage 1, the plan for use strategy needs to be clear regarding expectations. Immediately following practical completion, hold a project performance session with the project team to find out how they feel about the project. Aftercare tasks – like seasonal commissioning or data collection – have different timelines, which means that the building would need to have been in use for some time before these tasks can take place.

      RIBA Plan of Work Stage 1

      The plan for use strategy needs to be clear regarding expectations. Immediately following practical completion, hold a project performance session with the project team to find out how they feel about the project.

      RIBA Plan of Work Stage 7

      This is when the building is being used, lasting until it reaches the end of its life.

      When the project team finishes their work, they will close out the building contract and submit it to your organization.

      At the end of stage 6, it’s essential to plan ahead for anything that may come up after the deliverable is done. If you need to hire anyone else for an extended period of time or provide ongoing client advice over a longer time frame, you’ll need to have your professional services agreement in place.

      When clients are considering whether to do something about their building, they’re essentially starting over. They might first try to assess whether the building can be refurbished, reused for another purpose, or extended. If they find that none of these options are viable, then the building will either be demolished or disassembled with as many of its parts being recycled as possible.

      When clients are considering whether to do something about their building, they’re essentially starting over.

      They might first try to assess whether the building can be refurbished, reused for another purpose, or extended.

      If they find that none of these options are viable, then the building will either be demolished or disassembled with as many of its parts being recycled as possible.

      Clients may include some of these considerations in their Project Brief.

      For example, they could ask the design team to produce test fits for other possible uses or make sure that methods for demolishing the building have been addressed during Stage 2.

      As circular economy principles become more prominent in construction, these tasks will become more common.

    • What are hoists and conveyors – RICS – construction technology

      ELEVATORS AND CONVEYORS

      An elevator is a machine that moves materials from a higher point to a lower point, like in buildings. It is different from conveyor belts, which transport materials horizontally.

      On a larger site, an elevator might be the best option because of its large capacity and ease of use. Conveyors can be used for most large construction sites, but only if the building has both small and large aggregates.

      Elevators are not very common in construction sites because they are expensive to use.

      However, on a larger site where the concrete mixer is located at one end, an elevator might be the best option.

      HOISTS

      Hoists are used to transport materials vertically by means of a moving level platform.

      Passengers should not be transported on hoists that were only designed for lifting materials.

      Goods Hoist

      Goods Hoist

      Hoists are used to transport materials and passengers vertically by means of a moving level platform.

      These lifts are typically designed for specific uses, but newer models are oriented towards combined loads of materials and passengers.

      Passengers should not be transported on hoists that were only designed for lifting materials.

      Generally speaking, there are two types of hoists: static and mobile.

      In the static version, a tower is erected, with the lift platform attached on top. The hoisting mechanism can either be suspended from a small mast or mounted on either side of the tower. All items need to be solidly connected at the intervals prescribed by the manufacturer in order to ensure stability; these items will usually reach heights of 24 meters or higher.

      Mobile elevators usually have a maximum height of 24 meters and do not need to be securely fastened unless extensions are added to them, in which case they act as cantilever hoists. All mobile elevators should be positioned on firm ground and jacked up first to ensure stability.

      Operators of materials elevators should always follow this rule: always trust trained drivers who can position themselves for optimum safety from inside the operating compartment.

      Instructions for use should also always be clearly provided at all times for site personnel, such as instructing how loading requires placing wheelbarrows at ground level (with handles facing towards the top) before being raised by the mechanical platform. That way, ascending and descending from a raised height is minimized at all times.

      </img><figcaption>Passenger hoist</figcaption>

      To elevate materials or people, one can use a passenger or materials hoist. Passenger hoists can be powered by petrol, diesel, or electric motors and can either be of a cantilever or enclosed variety. The cantilever type consists of one or two passenger hoist cages that operate on one side of the cantilever tower; the alternative version consists of a passenger hoist cage operating inside an enclosing tower. Tying-back requirements are similar to those for the materials hoist. Passenger and material hoists should conform to BS 7212: Code of practice for safe use of construction hoists.

      Passenger hoists can be powered by petrol, diesel, or electric motors and can either be of a cantilever or enclosed variety.

      The cantilever type consists of one or two passenger hoist cages that operate on one side of the cantilever tower; the alternative version consists of a passenger hoist cage operating inside an enclosing tower.

      Tying-back requirements are similar to those for the materials hoist.

      The Lifting Operations And Lifting Equipment Regulations 1998

      The Health and Safety at Work Etc Act 1974 provides various regulations for assessing hoists’ risks.

      • Anywhere access can be gained, and anyplace someone at ground level might be hit by the platform or counterweight, enclosures and gates should be 2,000 meters high.
      • Access gates must always stay closed unless it’s necessary to load or unload the platform.
      • The platform itself should have a device that can support a full load in case the hoist ropes or gear fail.
      • Likewise, the hoist should also have an automatic safety device to stop the platform or cage from overrunning.
      • Hoisting operations must be done from one designated point at all times. If the operator can’t watch the hoist during operation, they should either use visibility devices or someone to communicate with. Furthermore, there should be someone or something between the operator and the object being lifted to make sure that these obstacles are never in the way of the moving hoist.
      • Hoisting operations must be done from one designated point at all times. If the operator can’t watch the hoist during operation, they should either use visibility devices or someone to communicate with. Furthermore, there should be someone or something between the operator and the object being lifted to make sure that these obstacles are never in the way of the moving hoist.

      • Winches and carriers must have independent devices and an automatic braking system that is applied when the controls are not in the normal operating position. Multiple roping or cylinders (hydraulic hoists) should also be a standard facility for various equipment.
      • Winches and carriers must have independent devices and an automatic braking system that is applied when the controls are not in the normal operating position. Multiple roping or cylinders (hydraulic hoists) should also be a standard facility for various equipment.

      • Keep your eye out for a maximum weight limit. There should also be nosings, which are the part of the stairs where a step starts. Remember that right and left nosings can differ in terms of height.
      • Keep your eye out for a maximum weight limit. There should also be nosings, which are the part of the stairs where a step starts. Remember that right and left nosings can differ in terms of height.

      • The examination and inspection of a hoist includes the input of trained, competent employees with the abilities to ensure that the hoist is safe to use.
      • The examination and inspection of a hoist includes the input of trained, competent employees with the abilities to ensure that the hoist is safe to use.

      • All machines should be given a pre-use inspection at the start of each day, after any changes to height or righting and before use. The machine’s measurements should have a thorough inspection every few days, or after any harsh work. Those results should be recorded in a log book and filed with the department head.
      • Passenger-carrying hoists must have gates, over-run devices, and other safety features to prevent passengers from getting trapped. This ensures a safe lowering of items without the cages getting stuck or functioning incorrectly.
      • It is necessary for facilities to be in place for the prevention of movement or tipping of materials during transportation by hoist. Loads of material should be secured from movement by containers such as wheelbarrows that are blocked or otherwise restrained.